Developed interactive 3D graphics in C++ using OpenGL scene graphs to guide operators of medical ultrasound devices.

Designed and implemented a flexible, GPU based image processing pipeline in CUDA and C++ that replaced an FPGA component used in prior products. Incorporated comprehensive automated testing using a combination of Microsoft unit test framework tests and deployment tests implemented in Matlab. Wrote Python scripts for test code generation. Optimized kernel performance using Nsight profiler.

Designed and integrated image pre-processing and inference modules for AI powered clinical workflows in close collaboration with innovation group.

Implemented Doppler spectral and audio signal processing algorithms in C on a DSP processor for a diagnostic ultrasound machine.

Implemented C++ Windows based hardware control layer software for configuring FPGA hardware to do full volume image formation and processing for a 3D diagnostic ultrasound machine.

Led a team of engineers implementing a collection of features sold as service upgrade packages to existing customers. Negotiated feature content, balancing customer feedback, marketing desires, and engineering bandwidth. Resulting update packages helped generate significant service contract revenue. Implemented user interface, business logic, interfaces to control layer software, and hardware interfaces, in C and C++. Investigated and fixed reported bugs.